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Exercise 2

Study material for Modeling of Automotive Propulsion Systems, shared by the Studwiz community and reviewed by moderators.

Modeling of Automotive Propulsion SystemsBy topic

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Study material for Modeling of Automotive Propulsion Systems, shared by the Studwiz community and reviewed by moderators.

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NAMESURNAME12345678 ES2 010101 Data Mv1200Ky Ear Sa1,20Kgm f1,05MightMgear0,94 0100As Af2,0m Efd41 Had30kmh 30 Vw0,335m Gtobefound one130kmh IFindloadforcesTrac tionForceTo rq u eand Powerasfunctionoftime FtHJIfFrom Fw Frede Froll Mg.fr RollingForce Fw goAfCos02 AerodynamicDayForce 0,4chosen byme TeFtVw P Fts fu0,0125loosenbyme 2Findratingsofelectricalmotor TofindtheratedPOWERwemustsatisfy 100kmhin s 1 FtM8IfFUTFT PtatEa FedtMda taIdt1mdo r ievia Ton'hist.fmqdu Mj vbdo Mj vdo Ius Ifit p'tLobYY ta Mpfol05 FrollFoley Weconsidermeanvalues Putting FullFoleyodt Mgfv gaAfCov3dt pHPUOfThe FaFtFDAD α m.s.IEα αto fuduxf.lt α t te vα I Mobofitfsatfbff.tkdt Puolltdvey HgfroffgaAfCoop to 11U'job Pt 1l HgfroffsaAfCoop TY 41.14 2S.M Letsconsider 4 24SRH one 130kmh Ob32,5kmh9,03ms of2ob 65kmh ISms Pt 25,671,771,13KW 28,57kW Wemustratifyalso 30kmhat30grade2 toa 0,3 2 0,316,7 FtFullFwForeste Fwv30kmh 33,3N Forede Migrind2568N

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First page: Exercise 2